Chemically accelerated vibratory finishing eliminates wear and contact fatigue@ resulting in gears surviving higher power densities for a longer life compared to traditional finishes. Studies have confirmed this process is metallurgically safe for both through hardened and case carburized alloy steels. The superfinish can achieve an Ra < 1.5 uinch@ while maintaining tolerance levels. Metrology@ topography@ scanning election microscopy@ hydrogen embrittlement@ contact fatigue and lubrication results are presented.
01FTM7-2001由AGMA - American Gear Manufacturers Association 发布于 2001-10-01,并于 2002-08-30 实施。
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